OPENFLOW SWITCH SOFTWARE-BASED PERFORMANCE TEST ON ITS IMPLEMENTATION ON CAMPUS NETWORK

摘要

OpenFlow experiments are conducted by researchers often used hardware/OpenFlow Switch issued by vendors. Actually, the performance of OpenFlow switch software-based (starting while switching software-based) was only tested on a laboratory scale. The problem to be raised in this research can be stated some problems as follows. How is OpenFlow software-based OpenWRT software performance when implemented into the Software-Defined Network (SDN) infrastructure on campus and is there a significant difference between mininet switch and prototype. In this study showed that the performance of which was owned by the OpenFlow switch-base software and can be implemented on campus. Testing OpenWRT OpenFlow software-based switching performance on campus implementation provides the resulting prototype latency value fluctuated quite diverse compared mininet with gap is 2.3361 msec, the average value of TCP and the absolute data gap and prototypes is 10.2114 KByte/second, and the average UDP value and the value of the data gap absolute mininet and prototypes is 151.419 KByte / second. Mininet switches compared to prototype switches do not give significant difference, so it can be said prototype successfully produced and can be implemented on campus network.